Acc Silicones SE3000 Grey, Orange Silicone Potting Compound 2 kg

RS Stock No.:: 146-3072
Mfr. Part No.:: SE3000
Brand:: Acc Silicones

Acc Silicones SE3000 Grey, Orange Silicone Potting Compound 2 kg

On back order for despatch 13/05/2024, delivery within 10 working days from despatch date.

Added

Price (ex. GST) Each

$565.71

(exc. GST)

$622.28

(inc. GST)

Units	Per unit
1 - 14	$565.71
15 - 39	$549.86
40 +	$535.15

RS Stock No.:: 146-3072
Mfr. Part No.:: SE3000
Brand:: Acc Silicones

Technical data sheets

Datasheet

Legislation and Compliance

Product Details

Acc Silicones Potting Compound

The Acc silicones SE3000 is a 2kg grey and orange 2-component, addition-cure silicon system. It cures at ambient or elevated temperature to a moderately hard thermally conductive silicon rubber with low viscosity, low volatile content and provides excellent environmental protection. It is recommended for the encapsulation of highly populated assemblies requiring high flow between the components. It is completely neutral and will not cause corrosion of electrodes and other metal parts.

Features and Benefits

Thermally conductive
Low viscosity
Neutral and non-corrosive
Low volatility
Low modulus
Cure time of 24 hours
Hardness of 40 Shore A
Thermal conductivity of 1.17W/mK
Dielectric Strength of 14kV/mm
Operating temperature ranges between -70°C and 250°C
Viscosity measurement 1900 (Part B) mPa/s, 2000 (Part A) mPa/s

Applications

Electronic assemblies
Electrical assemblies

Specifications

Attribute	Value
Trade Name	SE3000
Product Material	Silicone
Package Type	Kit
Package Size	2 kg
Special Properties	Low Modulus, Low Viscosity, Low Volatility, Neutral & Non-Corrosive, Thermally Conductive
Cure Time	24 h
Hardness	40 Shore A
Thermal Conductivity	1.17W/mK
Colour	Grey, Orange
Maximum Operating Temperature	+250°C
Minimum Operating Temperature	-70°C
Physical Form	Liquid
Viscosity Description	Low
Viscosity Measurement	1900 (Part B) mPa/s, 2000 (Part A) mPa/s
Dielectric Strength	14kV/mm
Operating Temperature Range	-70 → +250 °C
Chemical Composition	Silicone